def __init__(self, charID):
"""Constructor"""
self.charID = charID
self.blueprints = Blueprints(self.charID)
self.materials = DataRequest.getAssets(self.charID).materials()
self.modMatCost = ModifiedManufacturingCost(self.charID)
self.result = {}
for blueprintID in self.blueprints.blueprints:
blueprint = self.blueprints.blueprints[blueprintID]
if not blueprint.T2.inventable:
continue
for idx in range(len(blueprint.T2.inventedIDs)):
if blueprint.t2Priority[idx][0] == "manufacture":
matsBreakdown = self.modMatCost.requiredBaseMaterials(
blueprint.T2.inventedIDs[idx])
totalMats = matsBreakdown.totalMats()
self.result = StaticData.materialAddition(
self.result, totalMats)
print "TOTAL REQUIRED:\n"
StaticData.printDict(self.result)
print "\n\nNOT OWNED:\n"
StaticData.printDict(
StaticData.materialSubtraction(self.result, self.materials)[0])
def printTotMats(self):
"""print the total mats required for the optimized items"""
print "ITEMS BUILDABLE WITH CURRENT RESOURCES:"
for i in self.itemList:
print "{}".format(StaticData.idName(StaticData.productID(i)))
print "\n"
print "TOTAL REQUIRED COMPONENTS:"
for key in self.finalDict:
print "{}\t{}".format(StaticData.idName(key), self.finalDict[key])
print "\n"
print "MISSING COMPONENTS:"
remainingMinerals, requiredMats = StaticData.materialSubtraction(
self.materials, self.finalDict)
for key in requiredMats:
if StaticData.producerID(key):
print "{}\t{}".format(StaticData.idName(key),
self.finalDict[key])